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Area Model and Standard Algorithm

Area Model and Standard Algorithm. 6.3.4. Multiplying Fractions. Equivalent Fractions. Example 1.

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Area Model and Standard Algorithm

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  1. Area Model and Standard Algorithm 6.3.4

  2. Multiplying Fractions

  3. Equivalent Fractions

  4. Example 1 • The morning announcements said that two out of every seven 6th graders in the school have an overdue library book. Jasmine said, “That would mean 24 of us have overdue books!” Grace argued, “No way. That is way too high.” How can you determine who is right?

  5. Exercise 1 • Decide whether or not each of the following pairs of ratios is equivalent. 6:11 and 42:88 0:5 and 0:20 • If the ratios are not equivalent, find a ratio that is equivalent to the first ratio. • If the ratios are equivalent, prove it.

  6. Exercise 2 • In a bag of mixed walnuts and cashews, the ratio of number of walnuts to number of cashews is 5:6. Determine the amount of walnuts that are in the bag if there are 54 cashews. Use a tape diagram to support your work. Justify your answer by showing that the new ratio you created of number of walnuts to number of cashews is equivalent to 5:6.

  7. Exercise 2 solution

  8. Lesson Summary:

  9. Exit Ticket: There are 35 boys in the sixth grade. The number of girls in the sixth grade is 42. Lonnie says that means the ratio of number of boys in the sixth grade to number of girls in the sixth grade is 5:7. Is Lonnie correct? Show why or why not.

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